Quanscient

The topic of our upcoming #webinar is the Quanscient API! The live event will be held on Tuesday, October 29th at 4 pm CET (10 am US East, 3 pm London) and the recording will be sent to all registrants. In the 45-minute webinar, we’ll cover the following topics: • Programmatic control of simulations, optimizations, and geometric sweeps • Seamless integration with design software and automated workflows • The roadmap of the Quanscient API and its upcoming features • How the Quanscient API is used by our customers today • A live demonstration of the capabilities of the API This webinar is ideal for anyone interested in improving their design and validation processes through automation and integration of #multiphysics simulations. Register for the webinar now to reserve your seat and ensure access to all materials. 📁 In addition to access to the live event, all registrants will receive a recording of the webinar and a downloadable summary PDF.

Last call for today’s #webinar “Automated workflows in multiphysics simulations with Quanscient API”! Here is the last-minute key information for you: What? A 45-minute webinar where we'll cover: • Programmatic control of simulations, optimizations, and geometric sweeps • Quanscient API's integration with design software and automated workflows • Live demonstration of the Quanscient API's capabilities For whom? • Engineers, engineering managers, and anyone interested in how to automate multiphysics simulation workflows with the Quanscient API Where? • Right here on Linkedin (https://lnkd.in/dnFKh9d4) • In addition, all registrants receive the full timestamped recording and the executive summary PDF! When? • Today at 10 am EDT / 3 pm BST (the recording can be rewatched at any time) With 190+ professionals from the leading companies and research organizations already registered, this is the last chance for you to access the live event! Register now from the link below if you haven't already. https://lnkd.in/dnFKh9d4

🔊Last call for the Quanscient API webinar With 150+ professionals registered for the #webinar tomorrow, this is the webinar to sign up for to learn about the possibilities Quanscient API can provide in automating multiphysics workflows. Deep dive into the programmatic control of simulations, optimizations, and geometric sweeps, all while seamlessly integrating with design software and automating workflows. Learn Quanscient API's roadmap, see how it's being used today by companies and watch a live demo of its capabilities. The 45-minute webinar starts live tomorrow, Tuesday 29th, at 3 pm GMT (10 am EST), with all the registrants receiving a recording after the event. So, just enough time to sign up right now from the link below if you haven't already! https://lnkd.in/dnFKh9d4

Have a question about the Quanscient API? “What languages does the API support?” “What support resources are available for the API?” “What can be automated?” Get answers live in our upcoming webinar! We are hosting a webinar next week to show how #multiphysics simulation workflows can be automated with the Quanscient API. For the Q&A session, we invite you to submit your anonymous questions now via our form link below. Our technical speaker and Chief Product Officer, Asser Lähdemäki, will be answering all your questions live. Now, what question would you like answered? https://lnkd.in/dBsVixu6

Imagine seamlessly transferring model data and simulation parameters for automated execution of simulations with faster results. With the Quanscient API, this is possible. By removing manual file transfers and lengthy setups, the Quanscient API allows simulations to seamlessly fit into the design process, providing quick feedback to guide decisions. Additionally, it simplifies simulation data management by linking to systems, creating a central hub for easier analysis and reporting. This streamlined approach enables faster development, lower costs, and better products. Want to learn more and see how it works live? Join our live #webinar on Oct 29th by registering through the link below! https://lnkd.in/dnFKh9d4

The agenda for next week’s Quanscient API #webinar is out! The rough agenda (detailed version in the image below): 1. Challenges with existing design workflows and introduction to Quanscient API 2. Live demo of finding unknown material properties based on measurement data 3. API development roadmap, including upcoming features and customer feedback integration 4. Live Q&A session to answer your questions 5. Summary and key takeaways from the webinar In addition to the full webinar recording, all registrants will receive links to the clipped individual sections. 📁 All registrants will also receive the executive summary PDF containing the highlights and key takeaways of each section. Register here to get access to the live event and all the materials: https://lnkd.in/dnFKh9d4

The 4 key features of the Quanscient API: • Simplifying integration across programming languages and tools, with Python available now and MATLAB support coming soon • Featuring straightforward licensing through API keys, charging based on computation capacity and usage, without extra fees for additional software modules • Facilitating parallel simulations and parameter sweeps, ensuring scalability with Quanscient Allsolve's cloud-based design • Enabling easy migration from a GUI-defined simulation to an API-driven workflow To learn more about the Quanscient API and see it in action, register our webinar below! 📁 All registrants will receive the executive summary PDF containing the highlights and key takeaways of each section. https://lnkd.in/dnFKh9d4

“Quanscient API is an almost one-click solution for magneto-mechanical study of any coil and stellarator configuration.” These are the words of Dr. Nicolò Riva from Proxima Fusion. Proxima Fusion has automated their workflow with the Quanscient API for complex magneto-mechanical simulations that previously required a lot of manual effort to set up. With the Quanscient API now doing the heavy lifting, the team can focus more on design optimizations and analysis rather than struggling with the simulation setups. Interested in learning how Quanscient API can improve your own design and validation processes? Register for our upcoming #webinar from the link below and reserve your seat! 📁 All registrants will get access to the recording and executive summary PDF after the event. https://lnkd.in/dnFKh9d4

How to approach #multiphysics simulations with #quantum computing? This is the question at the core of our Quantum Labs, and one of the research questions of the presentation by our Chief Scientist and co-founder, Dr. Valtteri Lahtinen. Dr. Lahtinen will give a presentation tomorrow at the NAFEMS Multiphysics Conference 2024 in Singapore. In his presentation, he’ll cover • Early research findings on quantum approaches to multiphysics simulations • Results for realistic use cases obtained using lattice-based algorithms • Experiences running these algorithms on real quantum devices and emulators If you’re here at the conference, be sure to join the presentation! In any case, you can read more about our quantum endeavors here: https://lnkd.in/daCJ-8rq

Simple way of simulating fluids with #quantum computers? The latest blog post from our Quantum Labs is by Niccolò Fonio, a visiting PhD researcher from Aix-Marseille University. Niccolò joined our Quantum Labs in September, bringing his expertise in quantum computing and fluid dynamics. In his guest post, he explores Quantum Lattice Gas Cellular Automata (#LGCA), a numerical method for fluid dynamics simulations. He breaks down the topic and explains how LGCA can be used as a "simple" method to simulate fluid behavior on a quantum computer. Niccolò also shares his experience working with our team in Finland, and his thoughts on the potential of quantum computing in the context of physics simulations. Read the full post here: https://lnkd.in/d_rY4p5z